PO(ST)-PJ-141(16.6)(40)

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Today, we are going to discuss the application field and working principle of PO(ST)-PJ-141(16.6)(40).Before we start, let\'s take a look at what is PO(ST)-PJ-141(16.6)(40).It is a type of optical fiber intrument, mainly designed to detect scattering and absorption objects in a certain environment.It has many uses such as location and measurement of buried oil tanks, underground pipelines, and shallow aquifers.Thanks to its small size, it is also useful for testing small samples.

Now that we know what it is, let\'s move on to its application field and working principle.The application field of PO(ST)-PJ-141(16.6)(40) is quite broad.It can be used in many situations where a reliable and non-invasive method of assessment is required.Some of these include mapping oil tanks and other underground objects; locating and assessing leaks in gas, oil and water pipelines; and monitoring BOD/COD levels in water bodies.

When it comes to the working principle of PO(ST)-PJ-141(16.6)(40), it relies on a number of optical principles.First, the instrument emits a light pulse, which is then scattered off the target object.The scattered light is then collected by the instrument and analyzed for its characteristics.The instrument can then compare these characteristics to a pre-defined profile of the target object, allowing it to accurately identify the object.Furthermore, the instrument has a resolution capability that allows it to detect objects as small as one micrometer.

In addition to its applications and working principle, PO(ST)-PJ-141(16.6)(40) also has some advantages over other instrumentations.For one, it does not require any physical contact with the target object, thus eliminating the need for calibration between readings.Furthermore, it has a high resolution and repeatability, allowing it to detect even the smallest of objects.Finally, it is also relatively inexpensive compared to other instruments.

To conclude, PO(ST)-PJ-141(16.6)(40) is a type of optical fiber instrument with many applications, ranging from mapping to pipeline monitoring.It works by emitting a light pulse, which is then reflected off the target object and analyzed for its characteristics.Its advantages include non-invasive operation, high resolution, and repeatability, as well as relatively low costs.For these reasons, it is an ideal instrument for many different types of applications.

The specific data is subject to PDF, and the above content is for reference